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1
The Video Head Impulse Test
In: ETSU Faculty Works (2018)
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2
The Video Head Impulse Test: Background and Clinical Application
In: ETSU Faculty Works (2017)
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3
Novel Video Head Impulse Findings in an Asymptomatic Individual with Unilateral Vestibular Loss
In: ETSU Faculty Works (2016)
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4
Intra- and Inter-Examiner Reliability of the Binocular Video Head Impulse Test
In: ETSU Faculty Works (2016)
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5
Intra- and Inter-Examiner Reliability of the Video Head Impulse Test
In: ETSU Faculty Works (2015)
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6
Inter-ocular Gain Differences of The Horizontal Vestibulo-ocular Reflex During the Video Head Impulse Test
In: ETSU Faculty Works (2015)
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7
Normative Data and Test-Retest Reliability of the Micromedical Video Head Impulse Test
In: ETSU Faculty Works (2014)
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8
The Video Head Impulse Test: Normal Reference Intervals & Test-Retest Reliability
In: ETSU Faculty Works (2014)
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9
Intra- and Inter-Examiner Reliability of the Video Head Impulse Test
In: ETSU Faculty Works (2014)
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10
The Video Head Impulse Test
In: ETSU Faculty Works (2013)
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11
The Video Head Impulse Test
In: ETSU Faculty Works (2013)
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12
Vestibular-Related Traumatic Brain Injury: A Preliminary Voxel-Based Morphometry Analysis
In: ETSU Faculty Works (2013)
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13
The Video Head Impulse Test
In: ETSU Faculty Works (2012)
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14
Normative Data and Test-Retest Reliability of the Synapsys Video Head Impulse Test
In: ETSU Faculty Works (2012)
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15
Normative Data for the Subjective Visual Vertical Test during Centrifugation
In: ETSU Faculty Works (2010)
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16
Normative Data of the Subjective Visual Vertical Test for Vestibular Assessment
In: ETSU Faculty Works (2009)
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17
Subjective Visual Vertical Test
In: ETSU Faculty Works (2009)
Abstract: The otoliths are vestibular organs that act as gravito-inertial force sensors and contribute to the perception of spatial orientation (earth verticality). The subjective visual vertical (SVV) is a psychophysical measure of the angle between perceptual vertical and true (gravitational) vertical. The otoliths contribute to the estimation of the physical vertical orientation, and individuals with normal vestibular function align the SVV within 2 degrees of true vertical (0 degrees). Impaired SVV has been documented in patients with unilateral vestibular disorders. Most research has focused on measuring the static SVV (head upright and stationary); however, more recently, methods have been developed to measure the SVV during stimulation of the otolith organs using on-axis yaw rotation (bilateral centrifugation), off-axis eccentric rotation (unilateral centrifugation), or head tilt for tests of bilateral or unilateral otolith function. The SVV test may be a useful method to assess utricular function in patients complaining of dizziness and/or imbalance and identify stages of recovery for otolith involvement.
Keyword: and Ocular Physiology; Audiology and Speech-Language Pathology; Medical Physiology; Musculoskeletal; Neural; Speech and Hearing Science; Speech Pathology and Audiology; subjective visual vertical test; vestibular studies
URL: https://dc.etsu.edu/etsu-works/1796
https://doi.org/10.1055/s-0029-1241128
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18
Auditory Steady-State Response: Test-Retest Reliability
In: ETSU Faculty Works (2006)
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